2 MVA Automatic Voltage Stabilizers are better than other voltage regulator stabilizers, accessible in the market today. These specific devices bring rought to an tender voltage fluctuation. Specially engineered to deal with voltage load alteration that is adjustable, these enable the users to obviate distortion. These can be employed in several different fields, compassing from research, precision machine tools as well as medical facilities. These stabilizers suffice as the highly reliable as well as cost-efficient voltage stabilization solutions, with models promptly accessible to adapt an input voltage. These best qulaity 2 MVA Automatic Voltage Stabilizers do incorporate some moving parts are useful in most demanding power conditions. Rendered reliable methods of presenting voltage regulation insure ongoing maintenance.
Technical Specifications
We provide the wide range & model of the servo voltage controller according to the customer requirement.
Standard Input Voltage Ranges of servo voltage stabilizer are under
Input Voltage | 360-450 V | 350-460 V | 340-460 V | 320-460 | 300-460V |
Efficiency (as Calculated) | 99.6% | 99.5% | 99.35% | 99.0% | 98.7% |
Output Voltage | 400 V± 1% , 3 Phase, 50 Hz | ||||
Cooling | ONAN | ||||
Type | Indoor / Outdoor | ||||
Temp Rise (max) | 35 º C above ambient | ||||
Mounting | On Uni-Directional Wheel | ||||
Wave form distortion | Nil | ||||
Response Time | 10 ms | ||||
Duty Cycle | 100 % Continuous |
Effect of Voltage fluctuation on the different equipment
The table below compares the behavior of 5 H.P. motor at different voltage:
Input Voltage | Current | KVA | PF |
400 | 7.5 A | 5.2 | 0.8 |
425 | 11% More | 18% More | 0.7 |
435 | 19% More | 28% More | 0.61 |
445 | 26% More | 38% More | 0.57 |
The table below compares the behavior of 60 watt lamp at different voltage:
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RELIABLE POWER SYSTEMS
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